Research labs at Korea's QS Top 10 universities including SNU, KAIST, and Yonsei.
Professor Jae Kyoung Kim's research lab specializes in computational systems biology and quantitative pharmacology, focusing on developing advanced mathematical models to understand complex biological dynamics—particularly in drug disposition and target engagement. The lab pioneers data-driven approaches for single-cell omics analysis, emphasizing automated, robust clustering and dimensionality reduction to uncover cellular heterogeneity. A central theme is the integration of systems-level modeling with experimental data to enable mechanistic, scale-agnostic insights into biological causality and drug response. The lab also advances theoretical frameworks such as causal emergence to bridge microscale molecular interactions with macroscale system behavior.
Professor Sarah Sunah Park's research lab focuses on the design, synthesis, and characterization of metal-organic frameworks (MOFs) with tailored electronic, ionic, and catalytic properties. Her group explores conductive and topological MOFs, single-ion conductors, and Zr-based MOF catalysts for environmental remediation and energy applications. Key research directions include engineering electronic structure through linker geometry and symmetry, enabling low-dimensional electronic behavior in 2D MOFs, and optimizing outer-sphere modulation for enhanced catalytic activity in nerve agent degradation.
Professor Hyeongdong Park's research lab specializes in the neural mechanisms underlying self-consciousness and bodily self-awareness, with a focus on how brain networks and physiological states such as respiration influence self-referential processing. The lab investigates cognitive biomarkers in neurological and psychiatric conditions, particularly in the context of neurosurgical interventions, using neuroimaging, EEG, and virtual reality paradigms. A central theme is understanding the neural basis of personality changes following brain surgery, especially in relation to disorders like the Gastaut-Geschwind syndrome and borderline personality features. The lab also explores the causal role of respiratory rhythms in motor preparation and neural readiness, integrating neurophysiology with behavioral and cognitive neuroscience.
Professor Jonglok Yoon's research lab specializes in high-power solid-state laser systems, with a focus on developing advanced laser technologies for high-energy, short-pulse applications. The lab investigates laser amplification techniques, beam quality control, and polarization compensation to achieve high-power output with minimal spatial distortions. Key research directions include the design and optimization of multi-stage laser amplifiers, spatial filtering, and image relaying to suppress spatial spiking and improve beam fidelity. The lab's work contributes significantly to applications in inertial confinement fusion, materials processing, and ultrafast science.
Professor Wan-Jae Lee's research lab specializes in the sociological and computational analysis of cultural production and digital discourse, focusing on the interplay between literary institutions and social structures. The lab investigates the socio-demographic dynamics of literary careers through large-scale archival data, while also examining digital disinformation ecosystems, particularly state-sponsored troll networks on news platforms. By combining literary studies with data science and computational social science, the lab explores how power, identity, and influence are constructed and contested in both print and digital media environments.
Professor Ji-Eun Kim's research lab specializes in advanced materials characterization and design, with a focus on understanding the complex interplay between chemical and structural heterogeneity and macroscopic material properties. The lab employs cutting-edge techniques such as multislice electron ptychography and bond valence molecular dynamics simulations to probe atomic-scale phenomena in functional oxides, particularly relaxor ferroelectrics. Their work reveals how strain and local chemical environments jointly influence polar nanoregions and dielectric behavior, enabling the rational design of next-generation electronic and energy materials. The lab bridges experimental microscopy with predictive modeling to address challenges in materials performance and reliability.
Professor Eui Seong Seo's research lab specializes in system-level performance optimization, focusing on energy efficiency, resource management, and I/O performance in modern computing systems. The lab investigates power capping, dynamic live migration, and energy-aware scheduling in mobile and datacenter environments, while also developing novel file systems and caching strategies to address hardware-aware performance bottlenecks such as NUMA effects and cache contention. Their work bridges software and hardware co-design, particularly in optimizing GPU clusters, persistent memory systems, and virtualized infrastructures.
Professor Donghee Lee's research lab specializes in reliability engineering, digital twin technology, and biomedical safety in xenotransplantation. The lab focuses on developing advanced predictive maintenance systems using digital twins and graph convolutional networks for defense and industrial applications, while also investigating porcine endogenous retroviruses (PERV) as a critical biosafety challenge in pig-to-human organ transplantation. The integration of statistical modeling, genomics, and smart manufacturing systems defines the lab’s interdisciplinary approach to solving high-impact engineering and biomedical problems.
Professor Byung-Mook Won's research lab specializes in the design and fabrication of advanced functional micro- and nanomaterials with exceptional mechanical and electrical properties. The lab focuses on developing highly stretchable polymer composites, such as PMMA/polypyrrole microtubes, for applications in flexible and wearable electronics. Key research directions include the creation of microarch structures via meniscus-guided assembly, enabling durable, high-performance sensors with real-time responsiveness under large deformations. The lab also investigates colloidal systems to understand fundamental behaviors in soft matter and self-assembly processes at the microscale.
Professor Hee Tae Park's research lab specializes in film studies, media history, and visual culture, with a focus on the intersections between literature, cinema, and visual aesthetics. The lab explores conceptual and historical connections between poetic forms—such as Japanese haiku—and cinematic language, particularly in relation to realism, visual framing, and the representation of reality. It also investigates the socio-political dimensions of film, including the reception of subversive or grotesque aesthetics in mainstream cinema, as well as the archival and ethical dimensions of film production and adaptation.
Professor Wonkyung Cho's research lab specializes in translational oncology and radiation oncology, focusing on the management of oligometastatic and unresectable cancers through advanced radiation therapy techniques. The lab investigates the biological and clinical effects of combined therapies—such as radiation with pharmacological agents like captopril—and explores the role of immune modulation in tumor microenvironments. Additionally, the lab contributes to legal and ethical frameworks in medical and financial contexts, particularly regarding patient rights, data privacy, and investment regulations in healthcare. These interdisciplinary efforts reflect a commitment to improving cancer treatment outcomes while addressing broader societal and regulatory implications.
Professor Mina Park's research lab specializes in pediatric anesthesiology and pharmacology, focusing on the safety and efficacy of sedative agents in young children. The lab investigates paradoxical drug reactions, particularly those induced by midazolam, with an emphasis on how age and dosage influence adverse behavioral responses. Their work contributes to optimizing sedation protocols in pediatric patients to enhance clinical outcomes and patient safety. The lab employs clinical trial methodologies to evaluate drug effects in controlled settings, aiming to inform evidence-based practice in pediatric critical care and anesthesia.
Professor Ji-Sun Shin's research lab focuses on organizational behavior, leadership, and industrial policy, with an emphasis on how individual attitudes and leadership practices influence organizational change, innovation, and employee performance. The lab investigates key drivers such as organizational fit, empowerment leadership, political skill, and normative engagement in dynamic work environments, particularly in collectivist and high-power-distance cultures. It also examines strategic industrial policies—especially in China’s shipbuilding sector—within the context of global economic shifts and geopolitical competition. The lab integrates theoretical frameworks like signal theory and social identity theory to explore practical implications for sustainable organizational development and innovation management.
Professor Ha-Joon Jeong's research lab specializes in computational photonics and inverse design of nanophotonic devices, focusing on integrating physics-guided machine learning with advanced optimization techniques. The lab develops innovative frameworks—such as AdjointDiffusion and Dodgersort—that bridge electromagnetic theory, deep learning, and practical fabrication constraints to enable high-performance, scalable photonic systems. Key research directions include freeform photonic device design, metalens engineering for compact imaging, and efficient data-efficient learning for optical system optimization.
Professor Lee, Ki-chun's research lab specializes in intelligent systems and data-driven methodologies, focusing on the integration of affective computing and advanced machine learning for real-time human-computer interaction. The lab explores emotion recognition through multimodal signals—particularly facial and audio cues—to enhance user engagement in interactive environments such as exhibitions and smart services. A key research direction involves developing robust, scalable machine learning models, including ensemble techniques like AdaBoost.RMU.R, for handling large-scale data in practical applications. The lab also emphasizes the application of computational intelligence in service innovation and human-centered technology design.
Professor Hong-Chun Lee's research lab specializes in digital media and political communication, with a focus on the impact of social media and online news platforms on political behavior and electoral processes. The lab investigates how digital information environments shape political decision-making, voter engagement, and media trust, particularly in the context of local and national elections in South Korea and Japan. Key research directions include the role of SNS in influencing voting behavior, the evolution of media credibility, and the effectiveness of self-regulatory media oversight systems. The lab employs mixed-methods approaches, combining survey data, content analysis, and in-depth interviews to explore the dynamics of digital political communication.
Professor Park Soon Seok's research lab specializes in social movements, political memory, and democratization in contemporary East Asia, with a particular focus on South Korea. The lab investigates how collective memory and historical narratives shape political mobilization and democratic transitions, especially in the context of state repression and social resistance. Key research directions include the role of memory work in post-authoritarian societies, the interplay between trauma and activism, and the long-term impact of historical events such as the Gwangju Uprising on civic engagement. The lab employs qualitative archival research and oral history methodologies to analyze the construction and transmission of political memory.
Professor Namyong Lee's research lab explores the integration of Eastern philosophical concepts—particularly the classical Chinese notion of 'Qi'—into contemporary psychology and cognitive science. The lab investigates how Qi, as a dynamic, relational force, can serve as a unifying framework that transcends the subject-object dichotomy prevalent in Western psychological paradigms. By reinterpreting perception, cognition, and neural mechanisms through the lens of Qi, the lab develops innovative models that bridge phenomenology, neuroscience, and ecological psychology. The research aims to foster a post-paradigmatic psychology that moves beyond reductionism and dualism.
Professor Deug-Cheon Han's research lab specializes in computational social science and digital culture analytics, focusing on how cultural values emerge and evolve through online collaborative behaviors. The lab employs large-scale data mining and network analysis of user-generated content—particularly from multilingual Wikipedia edits—to uncover culture-specific behavioral patterns. Key research directions include the digital manifestation of cultural dimensions such as collectivism, egalitarianism, and boldness, as well as the development of methods to detect and model cultural dynamics in virtual environments. The lab bridges sociology, computer science, and data science to explore the intersection of culture and technology in the digital age.
Professor Hwang Gwang-cheol's research lab specializes in classical Chinese and Korean literary studies, with a focus on the historical, linguistic, and cultural analysis of classical poetry and inscriptions. The lab investigates the works of prominent Chinese poets such as Tao Yuanming, Bao Zhao, and Cao Zhi, emphasizing their literary styles, historical contexts, and intertextual relationships. It also conducts field research on cultural heritage, particularly the preservation and interpretation of traditional Korean palace inscriptions, including pillar couplets (jyuljeon) in royal palaces. The lab combines philological analysis with historical research to explore how classical texts reflect social values and national identity.
